Lava fountaining returns to Kilauea’s Halemaumau crater - Honolulu Star-Advertiser

A new volcanic event has commenced at Kilauea, specifically within the Halemaumau crater. According to reports from the Honolulu Star-Advertiser and Big Island Now, lava fountaining has returned to the summit area. This activity has been officially designated as Eruptive Episode 51. Coverage of the event is being led by local news outlets and the United States Geological Survey. Hawaii News Now explicitly highlighted the beginning of fountaining for Episode 51 at the Kilauea summit. Similarly, Big Island Now provided updates confirming that the eruptive episode had begun.

The USGS has contributed to the public record by providing a photo and video chronology, which offers a visual timeline of the activity. These reports collectively emphasize the visual return of lava to the crater floor and the official categorization of the current volcanic phase. To understand the current situation, it is necessary to note that Kilauea is characterized by distinct eruptive episodes. The designation of this event as Episode 51 indicates a sequenced history of activity within the Halemaumau crater. The return of fountaining suggests a shift in the internal plumbing or pressure of the volcanic system, bringing molten rock back to the surface. This specific location, the Halemaumau crater, has been the focal point for recent summit activity, making the return of fountaining a significant marker for geological monitoring in the region.

Future developments will be tracked through continued monitoring by the USGS and regional updates. Observers will be looking for updates such as those provided by Big Island Video News, which issued a Kilauea Volcano Update for Tuesday, July 14, leading into the peak of the current activity. The primary focus for upcoming reports will likely involve the progression of Eruptive Episode 51 and any changes in the volume or intensity of the lava fountaining. The USGS photo and video chronology will remain a key resource for documenting the physical evolution of the summit crater as the eruption continues.